Best Sound Cards In 2022

What Are The Best Sound Cards?

You will have the best sound experience with a sound card. You will get the best sounds, sharpest notes, and richly textured highs, lows, and middles.

A sound card (or sound card) is a special type circuit board that handles the flow of audio waves or sound into your computer or other electronic devices. You can have an external or internal soundcard. An internal soundcard is either an integral part of a soundcard that you have added to your computer’s audio system. You can plug an external sound card in if you need better sound quality.

The sound card converts the audio signal from your computer into a sound that can be heard through the speakers or headphones.

10 Best Sound Cards 2022

ASUS Xonar Essence

ASUS Xonar Essence

ASUS Xonar Essence Best Sound Card For Music

This soundcard has been optimized to be used with headphones.

Affordable: You can expect to spend around $200

SNR 124dB

Frequency Response: 10Hz – 88KHz

EMI protection

Connections: Built-in Hi-Fi Headphone amp (600 ohms of impedance), Eight RCA ports, 6.3 mm jack, two optical ports.

7.1 Channels

This sound card is optimized for music lovers and can be used with headphones. It is compatible with Dolby technologies, so it can also produce great surround sound through a speaker system.

An internal sound card is quite expensive, but many of the best qualities can be found in an external card.

This product is highly praised by those who have made the investment. Although it is not easy to set up, it can transform your enjoyment of music.

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Creative SoundBlasterX ZxR

Creative SoundBlasterX ZxR

Creative SoundBlasterX ZxR Best Sound Card For Home Theatre

This produces a stunning 3D surround sound for home theatres or game play.

Affordable: You can expect to spend around $200

SNR 124 dB

EMI Shielding

Connections: The connection card for the daughter card includes two SPDIF ports to allow in and out, and two RCA ports. Two RCA ports, two 3.5mm ports, and a third 3.5mm connector for a microphone are available on the main card. Supports headphones with an impedance of 600 ohms.

5.1 Channels

Desktop audio control.

CrystalVoice is used to remove ambient noise and echoes from the sound card. Your voice will sound clear when you speak into the microphone. It will maintain your voice level, regardless of where you are from the microphone.

This card produces stunning 3D surround sound for home theatres or game play. It is ideal for gaming, listening to music or watching films.

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Creative SoundBlaster 5

Creative SoundBlaster 5

Creative SoundBlaster 5 Best Sound Card  for Gaming

This sound card features Scout Radar and CrystalVoice technologies.

Affordable: You can expect to spend around $150

SNR: 122dB

THD+N 0.00032%

Connectivity: Three 3.5mm Jacks, two minijacks to connect with microphone and headphone, optical output

Channels: Headphones: 7.1 virtual and 5.1 analog

Headphones with impedance 16-60 ohms.

This sound card features Scout Radar and CrystalVoice technologies that aid in game play. Crystal Voice makes your voice clear and undistorted, with no distortion or noise. Scout Radar provides direction to the sounds that you hear, so you can pinpoint other players more precisely.

It has great sound quality via both speakers and headphones, in addition to its gameplay features.

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ASUS STRIX SOAR Best Value Soundcard

This soundcard includes Sonic Radar Pro, which enhances the sounds of the game and provides a visual reference for a heads-up display.

Affordable: Expect to pay $50-$100

SNR: 116dB

THD+N 0.000316%

Frequency Response: From 10Hz to 48kHz

Connectors: Three 3.5mm Jacks, one S/PDIF output

Headphones with an impedance of 600 ohms or less

7.1 channels

Sonic Studio Software lets you customize every aspect the audio quality using a simple point-and-click interface. Sonic Radar Pro is included with this sound card. It enhances the sounds of the game and provides a visual reference via a heads-up display. It can be set to focus on certain sounds, such as footsteps.

To provide power to your sound card, you will need an external 6-pin connector. Some users have reported difficulties getting this to work with their system.

This gaming sound card is a great value for money because of the additional software.

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SoundBlaster Z PCLe

SoundBlaster Z PCLe

SoundBlaster Z PCLe Sound Card Ideal For Multiple Sound Devices

With a simple switch, you can easily move between the two.

Affordable: Expect to pay between $50-100

SNR: 116dB

Frequency Response: 100Hz-20kHz

Connectivity: 3 3.5mm Jacks, 2 TOSLINKS and Microphone.


Sound Blaster Beamforming microphone and CrystalVoice technologies combine to provide clear voice communication. To use your speakers, you don’t need to unplug your headphones. With a simple switch, you can easily change between the two.

This software was designed for gaming. The software is not compatible for Linux.

5 Best External Sound Cards In 2022

Creative Sound Blaster X G5

Creative Sound Blaster X G5

Creative Sound Blaster X G5 Sound Card Best For Consoles

A small, portable sound card that fits in your pocket. It can be connected to your computer or console (PS4/Xbox) for better audio quality.

Affordable: $100 to $150

Receive Channels 7.1 Virtual via headphones

Headphones with a 600 ohms impedance

SNR 120 dB

Connections: A dedicated mic jack, a 4 pole connector for headphones, optical connections and an additional USB port.

The portable, small-sized sound card can be connected to your PC or console (PS4/Xbox) for better audio quality. To match your sound experience with your game type, you can save up to three preset audio profiles. Scout Mode is available that you can activate to increase the ability to pick up auditory clues during gameplay.

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Creative Sound Blaster Omni

Creative Sound Blaster Omni

Creative Sound Blaster Omni Sound Card Best Compatibility

It is compatible with both console and PC gaming setups.

Affordable: $50-100

SNR 100dB

Two RCA ports, two 3.5mm jacks and optical out port.

Channels 5.1

Can support headphones with 600 ohms or more of impedance

You can enjoy excellent sound technology, including CrystalVoice or Scout Mode. You can plug in an external microphone or use the built-in microphone. You can use it with either the console or PC game systems. It offers excellent sound reproduction for a low price.

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ASUS Xonar U5

ASUS Xonar U5

ASUS Xonar U5 Sound Card For Laptop Gamers

This soundcard was designed for laptop gamers.

Affordable: $50-100

SNR 104 dB

5.1 channel

Connections: Five 3.5mm ports, headphones, and microphone, 5.1 channel out SPDIF Port

This sound card is designed for laptop gamers. Sonic Studio allows you to customize your sound until you are satisfied. Perfect Voice ensures that your voice is heard clearly no matter what the ambient noise level in your room.

It’s easy to connect via USB and you’re ready to go.

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Creative Sound Blaster X G1

Creative Sound Blaster X G1

Creative Sound Blaster X G1 Best Portable Sound Card

It’s portable and compact, as it is about the same size of a standard USB flash drive.

Affordable: $50-100

SNR 93 dB

7.1 channel audio

Headphones up to 300 ohms supported

Connectivity: 4-pole jack for headsets.

The flash drive is small and portable, but the same size as a standard USB stick. It does not have external volume control or microphone. Scout Mode is included for the gameplay benefit of someone following you. It is compatible with PC, Mac, or PS4.

It is an excellent sound card that is easy to use and affordable.

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Startech External Soundcard

Startech External Soundcard

Startech External Soundcard Best Entry Level Card

This sound card is extremely affordable and easy to install.

Affordable: You can expect to pay less than $20

Connectivity: Ten ports: Ten 3.5mm optical in/out, USB port to connect with the computer.

7.1 channels

It is an extremely affordable sound card and is easy to install. This is a great sound card for replacing a damaged one or to simply upgrade your equipment at a fraction of the cost. It is easy to switch between speakers and headphones. Although the microphone is not capable of recording high quality audio, it can be used for chat in-game.

Although it only has SPDIF through connections, this card is great for basic sound cards with plenty of connectivity and a reasonable price. Although it doesn’t offer ClearVoice and Scout Mode’s amazing qualities, the price is not unreasonable.

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Why Would You Want The Best Sound Card?

Benefits Of Sound Card

For a truly immersive experience, you get surround sound of the highest quality.
Additional I/O ports available for peripherals.
The sound card processes the audio system, which frees up processing power for other tasks.
Clearer sound, less distortion. Many games have soundtracks that win awards for their quality. Good soundtracks allow you to hear the games as they were meant to be heard.
These cards are extremely affordable. A top-quality sound card can cost over $100 and turn your setup into a sound lab. However, you have many great options starting at $20.
ClearVoice technology is used on the best sound cards to ensure crystal clear communications.
Scout Mode, which is a directional component to the sound card technology, will be added to many games. This allows you, the player to pinpoint the source of potential danger.

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How Do You Choose The Best Sound Cards?

Before you think about individual features, there are three things to focus on:

Internal vs. External

Your sound card can be installed inside your CPU. This is a simple solution. The card may include easy-to-follow instructions. If not, you can find many online videos that will guide you through the process.

External options are easy to plug and play. Some models may require calibration or setup tweaks.

Specifications and features

You will be able to narrow down your choices if you make a list of the essential features that are important for audio quality and connectivity. Software features like Scout Mode are also included.

Time and money

How much time will you spend searching for and installing your soundcard? You don’t want a soundcard sitting around, waiting for you to get the time to install.

Your listening preferences will determine how much money you spend on your sound card. The best sound card will be most enjoyable if you have great ears. A basic model might be sufficient to provide a background soundtrack. Perhaps you are looking to start recording but have limited funds. You can choose a midrange model that has the microphone processing capabilities you need.

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What are the Things You Should Consider When Buying a Sound Card ?

Sound Card Audio Quality

You are buying a sound card to enhance the quality of the sounds you hear. You can listen to music, watch a movie or play a game. The sound can enhance or ruin the experience.

High fidelity equipment produces a high quality sound that is free from distortion and noise. The frequency response will be within human hearing range.

Signal To Noise Ratio

Did you ever try to be silent? You might have heard your heart beat or breathing as you sat down in silence. Normal operating can produce a surprising amount of noise in the human body. Electronic equipment produces a similar amount of noise.

A sound card will have a high signal-to-noise ratio. More signal, less noise. The Signal to Noise Ratio is measured in decibels. It is 120 dB if it is louder than the noise that you don’t want.

Keep in mind that no matter how powerful your sound card, if the signal is being sent to low-quality headphones or speakers then you won’t get great audio.

You should strive for a SNR of at least 100 dB when shopping for a soundcard. Preferable 124 dB.

Harmonic Distortion

Harmonics and harmonic distortion are a technical topic. The input signal generates additional output signals at multiples of its frequency. This is a type of echo effect known as harmonics. Total Harmonic Distortion (THD), which is the sum of all output harmonics and the original tone, is used to measure harmonic distortion. This measurement can also be combined with Noise, and is called THD+N.

Human ears are sensitive to certain harmonics, but not to others. Sound engineers are well aware of the problem of harmonic distortion that can affect reproduced sound quality.

To get a great sound card, choose one with the lowest possible THD+N. The better the sound reproduction, the lower the number (which is well below 1) Good sound reproduction means that you hear only the original notes, and not any higher echoes.

Frequency Response

This includes both the lowest (bass) and highest (treble) sounds. It will show a frequency range that goes from low to high. It can be measured in Hertz (Hz), or Kilohertz (kHz).

Humans can hear between 20Hz and 20kHz.

Here are the facts about frequency response.

Larger range equals better sound reproduction
So you can hear the bass notes, the low range should not exceed 50Hz

The 20-250Hz range is the range for bass notes. Below 30Hz, you won’t be hearing bass notes as much as you feel them.

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Number Of Channels

The number of channels is related to the amount of sound outputs the sound card can handle. Stereo requires only two channels, but surround sound is essential for an immersive experience. You can get sufficient sound surround with 5.1 channels, but the best is with7.1 channels.

It is crucial that your sound card channels match the speakers and/or headphones. You will not get the best performance otherwise.


Everybody knows that connections are more important than ever. Even if you don’t use all of the connections, you may one day. The type of connection you require from your sound card will determine the connectivity required.

Mini Jacks

The basic connection point is the 3.5mm Jack. These are suitable for basic headphones or headphone sets. Each minijack can carry only two channels. A 7.1 channel soundcard will require at least four minijacks.

RCA Connectors

RCA stands to Radio Corporation of America. This is a nod towards its 1940 history as a radio-phonograph console connecting cable. They are still in use despite being an older design. They are used for stereo connections only and not on more expensive sound cards. They are heavier than mini jacks.

Digital Coax

Although digital coax may look similar to an RCA connector, it is extremely efficient as it can back multiple channels onto a single cable. This is only possible if speakers or other peripherals are able to decode and accept the digital stream.

There are inherent issues. The signal is transmitted via a cable. It can be affected by the material it travels through as well as by magnetic and electric fields created by nearby equipment.

Digital Optical

They transmit the signal via a fiber optic cable. This ensures the highest signal integrity. These connections were created by Sony/Phillips (SPDIF-Sony Phillips Digital Interface), and have been standardized into what is known as a TOSLINK link.

This connection is for the purest signal transmission. It is however, expensive. Fiber optic cables are required to make it work. The receiving equipment must also be suitable for the signal. This could include a home theatre setup, but not standard computer speakers.


This connection is standard for digital equipment. The thing is that USB can also be used as a soundcard. The USB connection decodes the digital signal, bypassing any other soundcards. Problem is, the speaker might not be able to decode the necessary levels for high-quality audio reproduction. It is important to ensure that peripherals meet the same high standards of audio reproduction as the sound card.

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External Sound Cards vs. Internal Sound Cards

Internal Sound Cards

A higher noise floor is more common for an internal card than an external one. Noise refers to all unintended sounds around that could interfere with the desired sound. Low noise levels mean that you need to increase the volume to hear the music. High noise levels are therefore preferred.

An internal sound card can also pick up electromagnetic interference (EMI), from other components within the computer. EMI shielding is an important feature on the best sound cards to protect it from interfering with sound quality.

Connectivity is essential. Connectivity is important. An internal card, which is hidden inside your computer, will have less connectivity than an additional port-equipped external card.

Software can be used to enhance an internal card, such as removing vocals from a track. You can also clean up noisy signals.

External Sound Cards

A card with an external slot has a lower latency than one with an internal slot. Latency refers to a very short delay (milliseconds), between an audio signal entering and leaving the system. This is not a problem for normal use. You may experience strange alignments of instrumental and vocal tracks at high levels of latency. Latency is only an issue when you’re recording music and not when you listen to a soundtrack for a video game. This issue is not a problem if you are using a FireWire interface on your sound card.

External sound cards produce better sound quality in terms of clarity and accuracy. External noise is not picked up by the DAC and the headset or speaker will only hear the desired sound.

External sound cards are portable and can be connected to multiple devices.

What Is A Sound Card?

DAC – Digital To Analog Converter

Code is used to store audio files on a computer. Code is always digital. The digital code cannot be heard by the human ear. Therefore, it must be converted into sound waves. This is an analog signal that our ears process to send to our brains.

The sound card has a digital-to-analog converter (DAC), which takes the code and converts it into electronic pulses. These electronic pulses instruct the speaker drivers how they should vibrate. The sound waves produced by the vibrations travel through air and impact on an eardrum.

ADC – Analog To Digital Converter

A sound card can also receive audio input from a mic and convert it into digital code that can then be stored and re-played.


The sound card’s ability to handle multiple sounds from different sources at once is called the “voice”. Imagine you are on your phone listening and “ting” is coming in. This is the sound track (voice 1), and the email notification voice 2. The sound card’s ability to handle multiple inputs is determined by how many voices it has. Voices were once very important, but could be limited. Modern sound cards can produce as many voices and as many sounds as you need. This is not an issue with modern sound cards.


Sometimes channels and voices can be interchangeably used. Technically, a channel can be described as how many audio outputs the sound card can handle. Channels are for outputs, while voices are for inputs. Stereo sound requires two channels, surround sound requires more.

Peripheral Component Interconnect – PCI

The PCI connects your soundcard to your computer’s motherboard so they can communicate with one another.

Digital Signal Processor – DSP

Modern cards may have a DSP, but not all. A DSP is an integrated processing unit that reduces the CPU’s load. This allows you to use more of your computer’s processing power for other tasks, such as playing a game.

We have compiled a list of the top soundcards available on the market, and summarized their features so you can choose the one that is right for you.

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